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Hello! I'm in Florida in the Tampa area. The prices I published are the following: Electric motor and controller, joystick and cooling system: $2,000 Batteries with BMS and aluminum case: $2500 Solar

hi, where are you located and how much do you want for these components? Chris <elagusfil128@...> wrote:

I could send it, I think well packaged there would be no problem. Another thing I have is a 48v 5500w inverter solar And also a DC to DC converter from 48 to 12v. Lugo a lot of small things, but I

Hi, I might be interested, but I see that you are in Florida and I'm in Los Angeles.? Let me see what else you have and maybe it will be worth the freight.? My project is for a 60' powerboat, so the

Forget the links: Golden Motor BLDC 48v 10 KW Liquid Cooled + Controler + Joystick Throttle ( https://www.facebook.com/share/1AQtAkozrZ/ ) 16 LifePO4 Prismatic Cells + Box + BMS (

Hello, unfortunately I have to abandon my project for now, I will probably do it again in the future but now I need to sell everything, I have many things, but among the main 16 LifePO4 Prismatic

Check you math. All panels in series as in 6S for 16V/7A panels is 96/7, not 96/14.

So Jeff, you have two sets of three panels, each three panels in series and each three panels with their own controllers. You believe they are 16volt/7amp panels, correct? So in series, the maximum

Hi Dale, It's been a few years since I picked them up but I believe they're 16V/7A.? I have 6 of them so I wire 3 in series and then the output from the 3 into the MPPT controller, then repeat for

Jeff, what's the volt and amperage rating on your panels? Why use three controllers, one for each panel? [email protected]> wrote:

Thanks Jeff. I'm taking a look at Victron now. [email protected]> wrote:

On solar cells in series vs parallel: If all things were equal, series strings would not be preferred, specifically because of the direct effect that shading a single cell in the string has to the

I don’t understand where your coming up with 22 to 33.3 Amps (OK I think I do, but I also think you are doing it wrong). It’s all about the Watts. Watts is power, Watt/hrs are storage (simplified

Yes, two strings of 4 panels is the way to go. Each to its own controller. I'm also using a MPPT controller to charge my 12V system from the 48V bank. In my case a 100/15 as I had it on hand. It

I have 8 x 100 watt flex panels charging my 48 volt battery bank with 2 x Victron 100/20 48 volt MPPT solar controllers. I think you will be much better off with 4 panels in series to each controller

Thanks for the response. You noted that I had two strings of four panels, which I do, but they would be pairs in series & parallel with each :-|____|+........ -|___|+: other :-|____|+........

" Both Genasun and Renogy make MPPT controllers that step up for 48V batteries.? Genasun being much the preferred brand." Thanks Paul, very good info there. I had never heard of Genasun. Those

I have no skin in this game at the moment, but I sure appreciate this type of explanation.

" I don’t know of any SOLAR battery charger/converters that will step up AND down. They might be out there somewhere, but I don’t know of any, I have only ever seen solar step-down

“…..or am I way off? 100watts/12volts =8.33 amps x 4 =33.3 .......100watts/18volts= 5.5amps x 4= 22.2amps……” You are way off. You “add voltage in series” and “add amps in